Standard heats of solution of yttrium and rare earth metal nitrate hydrates in water

Miyamoto, Hiroshi; Masuda, Yoshio

doi:10.1016/0925-8388(93)90251-h

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Comparison Of Uptake Ratio Of Y and Rees1

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2002

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“…Yttrium also has the similar chemical properties to those of REEs. In the above equilibrium systems, Y behaves in a similar manner to those of REEs, especially to Ho or Dy whose ionic radius is the closest to that of Y among REEs [35][36][37]. Therefore, the uptake ratio of Y * was shown in the same figure together with the uptake ratio for REEs * .…”

Section: Comparison Of Uptake Ratio Of Y and Reesmentioning

confidence: 89%

Multitracer study on the uptake mechanism of yttrium and rare earth elements by autumn fern

Ozaki¹,

Ambe²,

Enomoto

et al. 2002

Radiochimica Acta

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Autumn fern (Dryopteris erythrosora) / Multitracer technique / Rare earth element / Uptake / YttriumSummary. Irrespective of low bioavailability, some plant species accumulate Y and rare earth elements (REEs) to a great extent (accumulator species). The uptake mechanisms of Y and REEs were investigated for autumn fern, one of accumulator species. For comparison, plant species which accumulated poorly REEs (non-accumulator species) were also studied. In the present investigation, two noticeable phenomena were observed. (I) Autumn fern showed no ionic-radius dependence of Y-REE uptake by leaves, while non-accumulator species showed an extremely high uptake for Y compared with REEs. (II) Y-REE uptake by autumn fern was influenced by the addition of chelating reagents to the uptake solution, while no effect was observed for non-accumulator species.

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Section: Comparison Of Uptake Ratio Of Y and Reesmentioning

confidence: 89%